**Course information is only available in English.**
In today’s architectural landscape, achieving Zero Carbon and Zero Waste is a paramount goal. This international and interdisciplinary course explores strategies to reach these objectives by combining the innovative use of biogenic and natural materials with the preservation and strategic management of existing structures. Participants will delve into the multifaceted approaches needed to create sustainable, low-impact architecture.
The course combines theoretical knowledge with practical, hands-on experiences. Participants will gain insight into the properties and benefits of biogenic materials such as earth, timber, and other natural substances. These materials support passive heating, cooling, and humidity control, making buildings more sustainable and resource-efficient.
A major focus is on the reuse of building materials and the preservation and development of existing structures. Participants will explore the concept of grey energy, which refers to the total energy embedded in building materials throughout their lifecycle. By understanding and reducing grey energy, significant reductions in carbon emissions can be achieved. The course will delve into strategies for identifying, assessing, and repurposing vacant structures.
The practical portion involves on-site analysis of selected industrial sites around Weimar, serving as case studies. Participants will measure and quantify selected structures, analyze their socio-economic, historical, and spatial contexts, and evaluate the condition of building materials. This analysis will guide the development of concepts and strategies for sustainable transformation.
Participants will also learn how to deal with local conditions and integrate climate adaptation into their designs using biogenic, thermal mass materials. This ensures buildings are well-suited to their environments, enhancing sustainability and resilience.
In the first part of the course, lectures will cover grey energy, conversion of abandoned structures, and strategies for reactivation. This theoretical foundation supports the practical on-site work in the second part, where participants apply interdisciplinary approaches to develop concepts for repurposing structures.
By the end of the course, participants will understand the advantages of biogenic materials, be able to evaluate the embodied energy of buildings, and develop strategies for their sustainable interventions.
Join us to explore sustainable architecture and make a tangible impact on the built environment through innovative use of biogenic materials and the strategic reuse and development of existing structures.
NOTE:
This course includes an attendance phase in Weimar from February 27 to March 08, 2025.
